
( Brand: Intel ), ( Manufacturer Part Number: 3750E ), ( Network Type: Iscsi ), ( Form Factor: Rack Mountable ), ( Type: Server ), ( Unit Type: Unit ), ( Network Connectivity: Wired-ethernet ), ( Ram Size: 16 Gb ), ( Network Management Type: Partially Managed ), ( Product Line: 7800 Series )
The Intel 3750e microchip, specifically identified as HL2000 N8MOO6 L1037 F2PU34 G200800039E, is a versatile and high-performance data center networking solution. This particular microchip is part of Intel's 3700 series, which is renowned for its advanced features and robust capabilities.
At its core, the Intel 3750e is a 10 Gb Ethernet controller that supports both 10BASE-T and 100BASE-TX/1000BASE-T Ethernet standards, allowing it to be used in various networking environments. It comes with 8 RJ-45 ports, each capable of delivering up to 10 Gbps of data transfer speed, delivering efficient and dependable connectivity that caters to today's high-bandwidth applications. This microchip features Intel's latest 28nm process technology that ensures low power consumption and reduced thermal output.
Moreover, the Intel 3750e HL2000 N8MOO6 L1037 F2PU34 G200800039E microchip supports jumbo frames up to 9kB and broadcast, multicast, and IGMP snooping to optimize traffic and minimize broadcast storms in data center networks. It also comes with data center bridging capabilities, enabling efficient virtual machine migration between hosts and Live Migration for Microsoft Hyper-V, helping to optimize resource utilization and minimize downtime.
For easy deployment and management, this microchip offers both iSCSI and FCoE support, enabling it to be used effectively in SAN environments. It also comes with DCBX flow control, enabling consistent data center traffic, and PXE boot support for simplified management and provisioning.
In conclusion, the Intel 3750e microchip, with the model number HL2000 N8MOO6 L1037 F2PU34 G200800039E, is an advanced networking solution suited for high-density, high-bandwidth environments. Its features, which include support for 10Gb Ethernet, efficient power consumption, and advanced data center networking capabilities, make it an excellent choice for modern data center and server environments.
The Intel Xeon D-1541 is part of the Intel Xeon D-1500 series, which is a line of energy-efficient, embedded x86 processors based on the Broadwell-DE microarchitecture. This specific processor is identified by the model number 3750E with a memory controller hub (MCH) code of HL2000 N8Moo6.L1037 F2Pu34 G200800039E. We will discuss the key features, pros, cons, and provide a recommendation to help you make an informed decision about purchasing this processor.
Intel Xeon D-1541 (3750E) Key Features:1. Six Cores and Twelve Threads
2. Base Clock Speed of 2.13 GHz and Turbo Boost up to 2.43 GHz
3. 16.5MB L3 cache
4. 24 PCIe Gen2 lanes
5. 8x memory channels, Supports up to 128GB 2133MHz DDR4 ECC Registered DIMMs
6. Integrated Intel I350 network controller
7. Integrated Intel Memory Technology (Intel VT-d), Intel Streaming SIMD Extensions (Intel SSE4.2), Intel Turbo Boost Technology, and Intel Hyper-Threading Technology
Pros:1. High core count: With six cores and twelve threads, the Intel Xeon D-1541 can handle multithreaded workloads more efficiently, which is important for virtualization and graphically intensive applications.
2. Scalability: The Intel Xeon D-1541 supports up to 128GB 2133MHz DDR4 ECC Registered DIMMs, and 24 PCIe Gen2 lanes, making it an excellent choice for high-performance, power-efficient servers and workstations.
3. Integrated Intel I350 network controller: This saves the need for a separate network controller, further reducing the overall system's bill of materials (BOM) and offering a more compact design.
4. High TDP Efficiency: With a maximum TDP of 65W, this processor efficiently utilizes power resources, making it an excellent choice for low-power, yet high-performance applications.
5. On-chip memory controller: Substantially reduces CoP performance degradation when using expensive or limited DIMM slots found on some motherboards.
Cons:1. Power Consumption: Although the processor is generally power efficient, it may consume more power than lower power x86 processors for similar workloads, depending on usage scenarios.
2. Higher Cost: Compared to lower-end x86 processors, the Intel Xeon D-1541 may have a higher initial cost due to its increased core count, larger L3 cache, and performance advantages.
Recommendation:The Intel Xeon D-1541 (3750E) is an excellent choice for high-performance, power-efficient applications, such as virtualization servers and other business-critical workloads. The processor's high core count, scalability, integrated network controller, and on-chip memory controller offer significant advantages over lower-end x86 processors while maintaining efficient power usage.
However, its higher upfront cost compared to lower-end x86 processors is a disadvantage for budget-constrained projects or those with lower power requirements. Therefore, when considering whether to purchase the Intel Xeon D-1541 (3750E) for your project, evaluate the long-term benefits of the processor's features against your specific use case requirements and budget constraints.
In summary, if your project involves multithreaded and memory-intensive applications that would benefit from a high core count, large cache size, and extensive memory and PCIe support, the Intel Xeon D-1541 (3750E) is a solid investment. On the other hand, if your system requirements prioritize lower power consumption or budget consideration, you may want to consider alternative x86 options with a lower TDP and lower upfront cost.
Micro Chip HL2000 N8MOO6.L1037 F2PU34 G200800039E.